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Reframing the Guardianship Dilemma: How the Military’s Dual Disloyalty Options Imperil Dictators

Published online by Cambridge University Press:  03 March 2022

JACK PAINE*
Affiliation:
University of Rochester, United States
*
Jack Paine, Associate Professor, Department of Political Science, University of Rochester, United States, jackpaine@rochester.edu.
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Abstract

Dictators confront a guardianship dilemma: military agents are needed to defeat mass outsider movements, but these agents can overthrow the ruler from within. In existing theories, rulers prioritize coup-proofing measures unless they anticipate strong outsider threats. Then dictators prioritize military competence. I reframe the guardianship dilemma around the central idea that militaries can choose between dual disloyalty options. In addition to staging a coup, militaries can defect by not fending off popular uprisings or rebellions. Dictators fear competent militaries not primarily because of their coup threat but instead because they often survive intact following a regime transition. Low motivation for competent militaries to save the ruler undermines their rationale of guarding against outsider threats, even if they pose a low coup threat. Consequently, rulers prioritize competence under narrow circumstances. Only radically oriented outsider movements that pose an existential threat to all regime elites induce loyalty from a competent military.

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Type
Research Article
Copyright
© The Author(s), 2022. Published by Cambridge University Press on behalf of the American Political Science Association
Figure 0

Table 1.Coercive Responses to Pro-Democracy Protests, 1989–2011

Figure 1

Table 2.Summary of Parameters and Choice Variables

Figure 2

Figure 1.Game Tree

Figure 3

Figure 2.Probability of Military Loyalty Resulting in Outsider DefeatNote: Parameter values: $ p\left({\theta}_{\mathrm{mil}},{\theta}_{\mathrm{out}}\right)=\frac{1+{\theta}_{\mathrm{mil}}\cdot {\theta}_{\mathrm{out}}}{1+{\theta}_{\mathrm{out}}} $, $ {\theta}_{\mathrm{comp}}=0.5 $, $ {\theta}_{\mathrm{pers}}=0.05 $.

Figure 4

Figure 3.Optimal Military Organization: Outsider Threat OnlyNote: Parameter values: $ p\left({\theta}_{\mathrm{mil}},{\theta}_{\mathrm{out}}\right)=\frac{1+{\theta}_{\mathrm{mil}}\cdot {\theta}_{\mathrm{out}}}{1+{\theta}_{\mathrm{out}}} $, $ {\theta}_{\mathrm{comp}}=0.3 $, $ {\theta}_{\mathrm{pers}}=0.2 $, $ {\pi}_{\mathrm{sq}}^{\mathrm{max}}=6 $, $ \gamma =0.3 $, $ {\pi}_{\mathrm{trans}}=0.5 $.

Figure 5

Figure 4.Optimal Military Organization: Dual Disloyalty OptionsNote: Parameter values: Same as Figure 3, and $ \alpha \left({\theta}_{\mathrm{out}}\right)=\frac{0.3+0.1\cdot {\theta}_{\mathrm{out}}}{1+{\theta}_{\mathrm{out}}} $.

Figure 6

Figure 5.Equilibrium Probability of a Coup: Unfavorable Posttransition FateNote: Solid segments of curves correspond with parameter values at which the ruler optimally chooses the specified type of military (black for competent military, gray for personalist). Pr(coup*) equals the piecewise function created by the solid segments of curves. Dashed segments correspond with off-the-equilibrium path outcomes. These express what the probability of a coup would be if the ruler chose their less-preferred type of military (at those parameter values). See Proposition 2 for $ {\hat{\theta}}_{\mathrm{out}}^{\mathrm{dual}} $. The parameter values are the same as in Figure 4, while additionally setting $ {\pi}_{\mathrm{trans}}=0.12 $. This value of $ {\pi}_{\mathrm{trans}} $ is marked on the y-axis of Figure 4, and the main insights from Figure 5 can be gleaned from moving horizontally across Figure 4 while fixed at this value of the y-axis. In Figure 5, the range of the x-axis is truncated compared with Figure 4 to highlight the discrete jump more clearly.

Figure 7

Figure 6.Equilibrium Probability of a Coup: Better Posttransition FateNote: See the note for Figure 5. The parameter values are the same as Figure 4, while additionally setting $ {\pi}_{\mathrm{trans}}=0.22 $ in Panel A and $ {\pi}_{\mathrm{trans}}=0.6 $ in Panel B. These values of $ {\pi}_{\mathrm{trans}} $ are marked on the y-axis of Figure 4, and the main insights from Figure 6 can be gleaned from moving horizontally across Figure 4 while fixed at either of these values of the y-axis.

Figure 8

Figure 7.How Posttransition Fate Influences Equilibrium OutcomesNote: Same parameter values as previous figures, plus $ {\theta}_{\mathrm{out}}=0.3 $. See Appendix Equations A.21 and A.22 for $ {\tilde{\pi}}_{\mathrm{trans}}^{\mathrm{dis}} $ and $ {\hat{\pi}}_{\mathrm{trans}}^{\mathrm{def}} $, respectively.

Figure 9

Figure 8.Outsider Threats in DictatorshipsNote: Each row represents the fraction of country-years with the specified event. Data described in Appendix A.5.

Figure 10

Figure 9.Military Personalism in DictatorshipsNote: Each row represents the fraction of country-years with the specified trait. Data described in Appendix A.5.

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